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IEA hosts high-level meeting on technologies for a clean energy future

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The discussion at the event was informed by two recent major reports from the IEA about nuclear power and hydrogen. Photo: IEA

The International Energy Agency on 11 July hosted a discussion among leading global energy sector figures about technologies that can help to bring about a clean energy future, including hydrogen and nuclear power.

The main speakers at the event were Dan Brouillette, Deputy US Energy Secretary; Jean-Bernard Lévy, Chairman and CEO of EDF; Hiroshi Oe, Japanese Ambassador to the OECD and Chair of the IEA Governing Board; and Dominique Ristori, Director-General Energy at the European Commission.

The discussion at the IEA’s headquarters in Paris was informed by two recent major reports from the IEA: Nuclear Power in a Clean Energy System and The Future of Hydrogen: Seizing Today’s Opportunities.

At a time of profound change in the global energy sector, countries will require all the tools at their disposal to meet their commitments to tackling emissions and air pollution while maintaining energy security.

“I’d like to thank our speakers for the robust and rewarding conversation,” said Dr Fatih Birol, the IEA’s Executive Director, who hosted the event. “There is no miracle technology that will solve the daunting environmental challenges the world faces. We need continued innovation across a range of technologies, including renewables, energy efficiency, batteries, carbon capture and more. The IEA sees hydrogen and nuclear power as important parts of clean energy transitions in many countries, but they need help from governments to overcome significant obstacles.”

Nuclear power is by far the largest source of low-carbon electricity in both Europe and North America, but many of their plants are aging. Without effective policies to spur new investment, advanced economies could lose as much as two-thirds of their nuclear capacity in the next 20 years, threatening global climate goals and energy security.

Hydrogen, which is currently enjoying unprecedented momentum, can help tackle various critical energy challenges. It offers ways to decarbonise a range of sectors where it is proving difficult to meaningfully reduce emissions, including long-haul transport, chemicals, and iron and steel. Hydrogen’s ability to store and transport energy could enable renewables to make a greater contribution to the global energy system. But it has experienced false starts in the past and still faces big challenges to scale up infrastructure and bring down costs.

The meeting on 11 July to discuss these important energy issues highlights the IEA’s role as the world’s leading energy authority and its commitment to covering all fuels and all technologies. Guests included Lithunia’s Minister of Energy Žygimantas Vaičiūnas. Lithuania has requested to join the IEA as a member country and the accession process has begun.

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World Bank Supports Clean and Green Power in Pakistan

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The World Bank Board of Directors today approved a $700 million additional financing to help Pakistan generate low-cost, renewable energy to provide affordable electricity supply to millions of users. This support for one of country’s longer-term development priorities comes as the World Bank is also working with the federal and provincial governments to prepare and respond to the immediate challenge of the COVID-19 outbreak.

The Additional Financing for Dasu Hydropower Stage I Project willfinance the transmission line to complete the first phase of the Dasu hydropower plant that will install 2,160 MW capacity along the main Indus River. Plans for Stage II expansion will double the installed capacity to 4,320MW, making Dasu the largest hydropower plant in the country.

“Pakistan’s energy sector is aiming to move away from high-cost and inefficient fossil fuels towards low-cost, renewable energy to power the national grid,” said Illango Patchamuthu, World Bank Country Director for Pakistan. “Along with reforms in the tariff structure, the Dasu Hydropower Project will result in fewer imports of fossil fuels, alleviating the stress on the country’s current account balance.”

The project will help to lower the overall cost of energy generation in Pakistan, benefiting millions of energy users by making electricity more affordable for households and productive sectors, such as manufacturing and agriculture. The Dasu hydropower plant will provide most of its electricity during the summer months to reduce blackouts when demand is the highest. The project also contributes to the socioeconomic development of the communities in Dasu and surrounding areas of the Upper Kohistan District of Khyber Pakhtunkhwa Province.

“The Dasu hydropower plant has a low environmental footprint and is considered to be one of the best hydropower projects in the world,” said Rikard Liden, Task Team Leader for the project.“It will contribute to reducing Pakistan’s reliance on fossil-fuels and producing clean renewable energy.”

Dasu hydropower station will produce electricity at  $0.03/kWh compared to Pakistan’s current average cost of electricity generation of $0.08/kWh. This investment in the energy sector is an important step in Pakistan’s path towards becoming an upper middle-income country by 2047, as articulated in Pakistan@100: Shaping the Future.

Project Terms

The project will be financed from the International Bank for Reconstruction and Development (IBRD), with a variable spread and 25 years maturity including a 5-year grace period.

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The Investment Case for Energy Transition in Africa

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Falling technology costs have made renewable energy a cost-effective way to generate power in countries all over the world, which would drive further development and improved economy. Despite the tremendous efforts that have been deployed at national and regional levels, 580 million Africans still do not have access to modern sources of electricity. A strategic partnership between IRENA and the United Nations Development Programme (UNDP) is working to solve this challenge by unlocking the capital necessary to help Africa realise its full renewable energy and economic potentials.

IRENA’s Scaling Up Renewable Energy Deployment in Africa shows that Africa has the potential to install 310 gigawatts of clean renewable power—or half the continent’s total electricity generation capacity—to meet nearly a quarter of its energy needs by 2030. It is therefore crucial for Africa to step up its efforts to generate significant investments and business opportunities to boost the growth of renewable energy in the continent.

Working together, IRENA and the UNDP through its Africa Centre for Sustainable Development (ACSD) co-presented the case for unlocking the renewable energy potential in Africa through increasing investments flows, during the 12th Africa Energy Indaba in Cape Town in February 2020. IRENA estimates that Africa requires an annual investment of USD 70 billion in renewable energy projects until 2030 for clean energy transformation to take place. The clean energy access would increase energy security, create green jobs, and support key developing outcomes such as improved healthcare and education. Additionally, renewable energy deployment would curb the rising carbon emissions and enhance Africa’s resilience to climate change impacts.

IRENA used the occasion of Africa Energy Indaba as an opportunity to share further insights on ways to support Africa in its energy transition journey, which includes the Climate Investment Platform (CIP) – an initiative that is now open for registrations from project developers and partners. CIP is designed to scale up climate action and catalyse the flow of capital to clean energy initiatives. The platform will add a significant value to Africa’s efforts to increase the share of renewables in its energy sector, as it serves to facilitate the matchmaking of bankable projects with potential investors, as well as to enable frameworks for investment by promoting multi stakeholders dialogues to address policy and regulatory challenges.

IRENA provides other useful information on financing renewables, that can be found in the Renewable Energy Finance Briefs, as well as comprehensive, easily accessible, and practical project preparation tool to assist the development of bankable renewable energy projects.

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AIIB’s USD60-M Solar Investment in Oman Supports Diversified Energy Mix

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The Asian Infrastructure Investment Bank’s (AIIB) Board of Directors has approved a USD60-million loan to increase Oman’s renewable power generation capacity and reduce the country’s dependence on gas and other fossil fuels for electricity generation. This is AIIB’s first nonsovereign-backed financing in the country’s renewable energy sector.

The project is a 500-megawatt greenfield solar photovoltaic power plant in Ibri being developed by a special purpose company established by ACWA Power, Gulf Investment Corporation and Alternative Energy Projects Co. It is Oman’s first utility-scale renewable energy project to be connected to the grid. The total project cost is approximately USD400 million.

Oman’s sustained economic and population growth over the past decade has led to fast-growing electricity demand and put a strain on the existing power infrastructure. The country has one of the highest solar densities in the world, providing a great development potential for solar energy resources. Currently, almost all the installed electricity capacity in Oman is fueled by natural gas, leaving huge potential for renewable energy.

“AIIB’s investment will increase the availability of Oman’s renewable power generation capacity and contribute to filling the anticipated gap in peak demand,” said AIIB Vice President D.J. Pandian. “The project will also help the country move toward a more balanced and environmentally sustainable energy mix to ensure long-term energy sustainability.”

The project is in line with AIIB’s energy sector strategy in reducing the carbon intensity of energy supply and catalyzing private capital investment in renewable energy infrastructure. AIIB’s involvement will ensure the use of high environmental and social standards in the project.

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